Digital X-Ray ( 3D, CBCT, Panoramic X-Ray )
At Solanki Dental Centre we use 3D, CBCT, Panaromic and Cephlomatric Digital X-ray with minimum radiation technology. Planmeca ProMax 3D, the fully digital all-round dental X-ray unit, was designed with simplicity in mind. Embracing the latest, state-of-the-art technology Planmeca ProMax 3D combines extensive diagnostic capabilities and superior image quality in a compact, easy to use package.
For every dentist, The Planmeca ProMax 3D X-ray unit provides absolute ease of use with cutting edge technology. The wide selection of exposure programs and easy-to-use graphical user interface ensures fast and effortless radiographic examinations in every situation. The small foot print Planmeca ProMax 3D brings the benefits of digital imaging with in the reach of every dentist the world over. Cone Beam Computed Tomography (CBCT) is a special type of x-ray machine used in situations where regular dental or facial x-rays are not sufficient. Images obtained with Cone Beam CT allow for more precise treatment planning. CBCT specifically designed for scanning the head and jaws. The scanner rotates 360 degrees around the patients head in a matter of seconds.
Versatile imaging programs
Optimised imaging programs for precise diagnosis besides the standard panoramic program, Planmeca ProOne offers improved Interproximal, Orthogonal and Bitewing programs for more specific diagnostic needs. The Interproximal Panoramic program is ideal in caries detection producing a panoramic image with open interproximal contacts. The Orthogonal Panoramic program produces an image where the alveolar crest is clearly visible enhancing the diagnostics of periodontal condition and traumas. Bitewing Panoramic program utilises the improved interproximal projection geometry. The image is similar to an intraoral bitewing image pair. The advantage is that the image is obtained with one simple extraoral exposure and very low radiation dose. In the pediatric exposure mode the exposed area is automatically reduced from top and sides, resulting in 20% lower patient dose while providing full diagnostic information. The Segmenting program limits the exposed area strictly to the diagnostic region of interest and compared to full panoramic exposure, patient dosage is reduced by up to 93%.*
